Table of Contents. Facility EMI Filter Products

Transcription

1 Table of Contents Filter Selection Guide Facility EMI Filters , 5 Signal/Data/Control Filters , 7 Technical Notes , 9 Facility EMI Filters NEMA Cabinet Style CDEUX Series (Capacitive Input), Extended Range Buffer Networks....10, 11 CDEUW Series (Capacitive Input) , 13 CDEUL Series (Inductive Input), Extended Range Buffer Networks , 15 Stand-Alone Threaded Conduit Fitting CDSUX-C Series (Capacitive Input), Extended Range Buffer Networks..16, 17 CDSUW-C Series (Capacitive Input) , 19 CDSUA Series (Value-based) , 21 Signal/Data/Control Line Filters NEMA Cabinet Style SLA Series (Filter and Cabinet Selections) , 23, 24, 25 Stand-Alone Threaded Conduit Fitting CDFS Series (Filter Selections) , 27 MRI Stand-Alone (Medical) Stand-Alone Threaded Conduit Fitting MRI , 29 MRI 2030R , 31 Power Factor Correction Coils (for CDEUL and CDEUX) Part Number Index

2 Facility EMI Filters Selection Guide NEMA CABINET STYLE UL1283 & MIL-F Insertion Loss X or W? X: MIL-STD-220A with ERBN* W: MIL-STD-220A Inductive Input ** Capacitive Input (Standard) Capacitive Input CDEUL page 14 CDEUX page 10 CDEUW page 12 *ERBN = Extended Range Buffer Network ** Recommended for HEMP Installations 4

3 Facility EMI Filters Selection Guide (Continued) STAND ALONE (Capacitive Input Only) STAND ALONE (Medical) Filter Selection Guide UL1283 & MIL-F MRI2030 (100 db 14kHz-10GHz) page 28 MRI2030R (100 db 5MHz-20GHz) page 30 Insertion Loss X or W? X: MIL-STD-220A with ERBN* W: MIL-STD-220A Commercial Applications 100 khz to 10 GHz (100 db Insertion Loss Performance) Conduit Filters Conduit Filters Conduit Filters CDSUX-C page 16 CDSUW-C page 18 CDSUA page 20 *ERBN = Extended Range Buffer Network 5

4 Signal/Data/Control Filters Selection Guide VOICE (Tel.) DATA Fc = 3kHz 0.5 Amp (standard) Fc = 5kHz.16 Amp KS20162 Fc = 5kHz 0.5 Amp (special) 9.6 kbaud 19.2 kbaud 56.0 kbaud Individual Filters WFV3544 page 25 WFV3470 page 25 WFV3577 page 25 WFV3561 page 25 WFV3562 page 25 WFV3563 page 25 Filter Installed in Cabinet SLA214 page 23 SLA215 page 23 SLA266 page 24 SLA253 page 23 SLA254 page 23 SLA255 page 23 Stand Alone Filters CDFS1004-A page 27 CDFS1038 page 27 CDFS1039 page 27 CDFS1030 page 27 CDFS1040 page 27 CDFS1041 page 27 6

5 Signal/Data/Control Filters Selection Guide (Continued) Filter Selection Guide CONTROL FIRE ALARM (Analog) COMM/ INTERCOM ISDN 64 MHz 1 Amp VDC 120V 60 Hz 3 Amp VDC 120V 60 Hz 5 Amp VDC 120V 60 Hz ISDN64 page 25 NF21590 page 25 NF page 25 NF page 25 WFV3564 page 25 WFV3575 page 25 Filters SLA257 page 23 SLA259 page 24 SLA268 page 24 SLA256 page 24 SLA267 page 24 Enclosure CDFS1042 page 27 CDFS1043 page 27 CDFS1044 page 27 CDFS1028 page 27 CDFS1029 page 27 7

6 Technical Notes Facility Filter Questions and Answers: The following are examples of the most commonly asked questions about Tyco Electronics CORCOM Power and Signal Line Filter products. Although every RF filter installation must be considered according to the user's individual requirements, these general principles apply to a wide range of applications and should prove helpful as an introduction to our product. Why do I need RF filters for my facility? CORCOM facility filters have both protective and security functions. Shielded installations and applications involving sensitive measurements or equipment require an environment free from conducted or radiated EMI/RFI emissions. Facility filters for power, data, telephone and all other signals are used for every electrical penetration in EMI/RFI enclosures to reduce conducted emissions. When the shielded area is sealed, all emissions are reduced or contained. What is the difference between "W" and "X" styles? All CORCOM "W" style facility power filters are designed to provide 100 db from 14 khz-10.0 GHz when tested per MIL-STD-220A. However, this standard only requires testing under load conditions from 100 khz 20 MHz. The majority of current government programs specify MIL- STD-220A, with the additional specification of under load testing from 14 khz khz. This is due to requirements for sensitive electronic or national security related activities. A filter for this higher performance application would generally be designated an "X" or "Extended Range Buffer Network" style. What is the difference between "Enclosure Style" and "Stand-Alone" Filters? Enclosure style filters consist of removable inserts mounted in a radio frequency secure cabinet. This is the type specified by the U.S. government for a number of important advantages in heavy power and multi-line communications applications. An enclosure makes for a simplified, single penetration field installation, providing greater RF integrity and simpler filter maintenance. Stand-alone filters offer the identical levels of filter performance as the enclosure models, but are available with self-enclosed terminals for individual and dual line applications. Penetrations for installation are provided for this type of unit directly from the factory. What is the difference between MIL-F and UL-1283 filters? All CORCOM power filter products are designed to meet MIL-F-15733, which is the general U.S. Military standard for RF filters. UL1283 is an Underwriter's Laboratories requirement for features which are primarily related to safety considerations. The individual heavy power filters or inserts for both UL and MIL-STD applications are all equipped with oil-filled, hermetically sealed bypass and feed-through capacitors. UL1283 listed models use capacitors which are designed to withstand mandatory high potential factory tests of up to 2,200 volts. What types of factory tests are performed on the filters? Tyco Electronics has one of the most comprehensive automated quality assurance programs in the filter industry. Certified factory test data is available upon request. Filters are factory tested for: Insertion Loss Voltage Drop, Harmonic Distortion, Terminal Strength, Temperature Rating* Dielectric Withstanding Voltage D.C. Insulation Resistance Current and Overload Ratings* * Customer requested data Which are the "input" and "output" sides of the filters? Unless otherwise specified, CORCOM signal and power filter products are electrically symmetrical. Either side of the unit may be used as "input" or "output" terminal. 8

7 Technical Notes (Continued) An exception to this general rule is found in enclosure style filter assemblies where only one of the two compartments is secure of "RF-tight". If the filter unit is mounted outside of the shielded area, the secure compartment would be the "output" side. Because the reverse is also true, the non-secure side would be used as the "output" if the filter is mounted inside the shielded room. Do I need to filter the neutral line for 3-phase/ 4-wire power installations? All electrical lines entering a shielded area must be filtered to prevent conducted emissions. Even though the neutral conductor may be grounded elsewhere in the installation, this is no guarantee that radiated signals will not induce additional conducted emission. The neutral filter must also be rated for the full system power levels, since phase imbalances and short-circuit faults can cause substantial currents to flow in the neutral line. When are "Power Factor Correction Coils" required? Power factor correction coils are required for CORCOM products in 400 Hz applications where power levels exceed 25 amperes per phase. All 400 Hz power filters in heavy power installations draw a high level of reactive current when compared with equivalent 50/60 Hz systems. To counteract this effect, external-mounted inductors can be placed in parallel with the filter's capacitors to provide more efficient operation and are specifically recommended. Technical Notes What is the function of Electronic Surge Arrestors? Although CORCOM filter products are designed for heavy duty use and subjected to rigorous testing requirements, surge currents greater than the design parameters can cause damage to sensitive equipment which is only protected from conducted radio frequency emissions by the filter. Electronic Surge Arrestors or ESAs limit overvoltage surges and spikes to levels which prevent damage to the user's equipment. ESA installations are also available which are designed for military applications to protect from the effects of electromagnetic pulses caused by nuclear explosions or EMP. Why do I need filter discharge "bleeder" resistors? Bleeder resistors drain away any residual charge which may remain across the filter's capacitors when the power is turned off within one minute. The purpose of this feature is to prevent the possibility of harmful electrical shock. All CORCOM power products above 10 Amperes per phase are equipped with external bleeder resistors. 9

8 CDEUX Series (Capacitive Input) Filter Cabinet Modified Nema I, constructed of not less than #14 gauge CRS with galvanized bulkhead Finish: Blue enamel per FED-STD-595 to all non-conductive surfaces R. F. Radiation of the shielded (load) compartment shall be greater than 100 db from 14 khz to 10 GHz Front cover access, dual cover design Prewired standoffs and lugs Lifting hooks and mounting tabs Legs for floor mount available Surge arrestors (optional) 6P16 Individual Filters Hermetically sealed components with welded and/or soldered seams Constructed of not less than #16 gauge steel with corrosion resistant plating Bleeder resistor to eliminate shock hazard provided HEMP surge arrestors provided upon request Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 14 khz - 10 GHz per MIL-STD-220A, under load condition, using extended range buffer networks over the frequency range of 14 khz - 20 MHz. Applicable Publications: MIL-F Filters, radio interference MIL-STD-202F Test methods for Components MIL-STD-220A Test method of Insertion Loss MIL-STD-285 Test method for Shielding Effectiveness NFPA National Electric Code 486A Wire Connectors and Lug UL1283 Underwriter Laboratories How to Order: CDEUX A6 - S - L Legs Surge Arrestors (optional) Voltage/Frequency* Current Rating # of Filters Series Examples: CDEUX400225A6-S-L, CDEUX400225A6-S, CDEUX400225A6-L, CDEUX400225A6 Note 1: Surge arrestors A6/A4* - supplied V251BA60 B6 - supplied V481BA

9 CDEUX Series (Capacitive Input) (Continued) MOUNTING BRACKETS E A C REMOVABLE COVER RF GASKET REMOVABLE INDIVIDUAL PHASE FILTERS REMOVABLE COVER AREA FOR CONDUIT PENETRATION D B Facility EMI Filters NEMA Cabinet Style Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x x x x 60 & x 60 & x 60 & x x x Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x 300 & x 300 & x 300 & x 600 & x 600 & x 600& x 1000 & x 1000 & x 1000 & *400Hz filters available upon request. Will require external power factor correction coil. Please contact Tyco Electronics Application Engineering ext.117. Max. Operating Voltage A6: 120/208V, 60 Hz B6: 277/480V, 60 Hz A4*: 120/208V, 400 Hz 11

10 CDEUW Series (Capacitive Input) Filter Cabinet Modified Nema I, constructed of not less than #14 gauge CRS with galvanized bulkhead Finish: Blue enamel per FED-STD-595 to all non-conductive surfaces R. F. Radiation of the shielded (load) compartment shall be greater than 100 db from 14 khz to 10 GHz Front cover access, dual cover design Prewired standoffs and lugs Lifting hooks and mounting tabs Hubs and penetration installed upon request Legs for floor mount available 6P16 Individual Filters Hermetically sealed components with welded and/or soldered seams Constructed of not less than #16 gauge steel with corrosion resistant plating Bleeder resistor to eliminate shock hazard provided HEMP surge arrestors provided upon request Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 14 khz - 10 GHz per MIL-STD-220A, under load condition. Applicable Publications: MIL-F Filters, radio interference MIL-STD-202F Test methods for Components MIL-STD-220A Test method of Insertion Loss MIL-STD-285 Test method for Shielding Effectiveness NFPA National Electric Code 486A Wire Connectors and Lug UL1283 Underwriter Laboratories How to Order: CDEUW A6 - S - L Legs Surge Arrestors (optional) Voltage/Frequency* Current Rating # of Filters Series Examples: CDEUW400225A6-S-L, CDEUW400225A6-S, CDEUW400225A6-L, CDEUW400225A6 1 Note 1: Surge arrestors A6/A4* - supplied V251BA60 B6 - supplied V481BA60 12

11 CDEUW Series (Capacitive Input) (Continued) MOUNTING BRACKETS E A C REMOVABLE COVER RF GASKET REMOVABLE INDIVIDUAL PHASE FILTERS REMOVABLE COVER AREA FOR CONDUIT PENETRATION D B Facility EMI Filters NEMA Cabinet Style Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x x x x 60 & x 60 & x 60 & x x x Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x 300 & x 300 & x 300 & x 600 & x 600 & x 600& x 1000 & x 1000 & x 1000 & *400Hz filters available upon request. Will require external power factor correction coil. Please contact Tyco Electronics Application Engineering ext.117. Max. Operating Voltage A6: 120/208V, 60 Hz B6: 277/480V, 60 Hz A4*: 120/208V, 400 Hz 13

12 CDEUL Series Extended Range Buffer Networks (Inductive Input) Filter Cabinet Modified Nema I, constructed of not less than #14 gauge CRS with galvanized bulkhead Finish: Blue enamel per FED-STD-595 to all non-conductive surfaces R. F. Radiation of the shielded (load) compartment shall be greater than 100 db from 14 khz to 10 GHz Front cover access, dual cover design Prewired standoffs and lugs Lifting hooks and mounting tabs Hubs and penetration installed upon request Legs for floor mount available 6P16 Individual Filters Hermetically sealed components with welded and/or soldered seams Constructed of not less than #16 gauge steel with corrosion resistant plating Bleeder resistor to eliminate shock hazard provided HEMP surge arrestors provided upon request (Current ratings to 800A) Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 14 khz - 10 GHz per MIL-STD-220A, under load condition, using extended range buffer networks over the frequency range of 14 khz - 20 MHz. Applicable Publications: MIL-F Filters, radio interference MIL-STD-202F Test methods for Components MIL-STD-220A Test method of Insertion Loss MIL-STD-285 Test method for Shielding Effectiveness NFPA National Electric Code 486A Wire Connectors and Lug UL1283 Underwriter Laboratories How to Order: CDEUL A6 - S - L Legs Surge Arrestors (optional) Voltage/Frequency* Current Rating # of Filters Series Examples: CDEUL400225A6-S-L, CDEUL400225A6-S, CDEUL400225A6-L, CDEUL400225A6 Note 1: Surge arrestors A6/A4* - supplied V251BA60 B6 - supplied V481BA

13 CDEUL Series Extended Range Buffer Networks (Inductive Input) (Continued) MOUNTING BRACKETS E A C REMOVABLE COVER RF GASKET REMOVABLE INDIVIDUAL PHASE FILTERS REMOVABLE COVER AREA FOR CONDUIT PENETRATION D B Facility EMI Filters NEMA Cabinet Style Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x x x x 60 & x 60 & x 60 & x x x Current Dimensions Weight (Amps) A B C D E (Pounds/KG) 2 x x x x 300 & x 300 & x 300 & x 600 & x 600 & x 600& x 1000 & x 1000 & x 1000 & *400Hz filters available upon request. Will require external power factor correction coil. Please contact Tyco Electronics Application Engineering ext.117. Max. Operating Voltage A6: 120/208V, 60 Hz B6: 277/480V, 60 Hz A4: 120/208V, 400 Hz 15

14 CDSUX-C Series Features Hermetically sealed, constructed of 16 gauge cold rolled steel All non-conductive surfaces protected with suitable painting Removable input cover for terminal access and field wiring connection Threaded conduit fitting with flexible lead on the load side Knockouts provided on the input side Discharge bleeder resistor provided to reduce shock hazard HEMP surge protector provided upon request 6P16 Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 14 khz - 10 GHz per MIL-STD-220A, under load condition, using extended range buffer networks over the frequency range of 14 khz - 20 MHz. Applicable Publications: MIL-F Filters, radio interference MIL-STD-202F Test methods for Components MIL-STD-220A Test method of Insertion Loss MIL-STD-285 Test method for Shielding Effectiveness NFPA National Electric Code 486A Wire Connectors and Lug UL1283 Underwriter Laboratories How to Order: CDSUX A6 - C - S Surge Arrestors Conduit Fitting Voltage/Frequency* Current Rating # of Filters Basic Prefix 16

15 CDSUX-C Series (Continued) F A B E LABEL LABEL LABEL KNOCKOUTS FOR 0.75 (19.05) & 1.0 (25.4) CONDUIT 3 PLACES D 1/2 D C 14.0 ± ± 25.4 GROUND STUD & LUG 1.0 (25.4) RUNNING THREAD INSULATED WIRE TYPE THHN CDSUX Current Dimensions Wire Gauge Approx. Weight (Amps) A ±.063 [1.6] B ±.063 [1.6] C ±.063 [1.6] D E F (AWG/mm 2 ) (Pounds/KG) 1010**-C x x **-C 2 x x x **-C x x **-C 2 x x x **-C x x **-C X x **-C X x **-C X MCM x Facility EMI Filters Stand-Alone Filters Threaded Conduit Fitting *400Hz filters available upon request. Will require external power factor correction coil. Please contact Tyco Electronics Application Engineering ext.117. Max. Operating Voltage A6: 120/208V, 60 Hz B6: 277/480V, 60 Hz A4*: 120/208V, 400 Hz 17

16 CDSUW-C Series Features Hermetically sealed, constructed of 16 gauge cold rolled steel All non-conductive surfaces protected with suitable painting Removable input cover for terminal access and field wiring connection Threaded conduit fitting with flexible lead on the load side Knockouts provided on the input side Discharge bleeder resistor provided to reduce shock hazard HEMP surge protector provided upon request 6P16 Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 14 khz - 10 GHz per MIL-STD-220A, under load condition. Applicable Publications: MIL-F Filters, radio interference MIL-STD-202F Test methods for Components MIL-STD-220A Test method of Insertion Loss MIL-STD-285 Test method for Shielding Effectiveness NFPA National Electric Code 486A Wire Connectors and Lug UL1283 Underwriter Laboratories How to Order: CDSUW A6 - C - S Surge Arrestors Conduit Fitting Voltage/Frequency* Current Rating # of Filters Basic Prefix 18

17 CDSUW-C Series (Continued) F A B E LABEL LABEL LABEL KNOCKOUTS FOR 0.75 (19.05) & 1.0 (25.4) CONDUIT 3 PLACES C 14.0 ± ± 25.4 D 1/2 D GROUND STUD & LUG 1.0 (25.4) RUNNING THREAD INSULATED WIRE TYPE THHN CDSUW Current Dimensions Wire Gauge Approx. Weight (Amps) A ±.063 [1.6] B ±.063 [1.6] C ±.063 [1.6] D E F (AWG/mm 2 ) (Pounds/KG) 1010**-C x x **-C 2 x x x **-C x x **-C 2 x x x **-C x x **-C X x **-C X x **-C X MCM x Facility EMI Filters Stand-Alone Filters Threaded Conduit Fitting *400Hz filters available upon request. Will require external power factor correction coil. Please contact Tyco Electronics Application Engineering ext.117. Max. Operating Voltage A6: 120/208V, 60 Hz B6: 277/480V, 60 Hz A4*: 120/208V, 400 Hz 19

18 Features All four current ratings utilize a single housing (single-wire 30, 60, 100A and two-wire 30A) Hermetically sealed using 18 AWG long terne steel Removable input cover provides quick access to terminals Three knockouts on the input side Discharge bleeder resistor provided to reduce shock hazard Surge protector provided upon request Facility EMI Filter Products CDSUA Series Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 302. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Current Rating: Single-Wire 30, 60 and 100A, Two-Wire 30A R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 100 khz - 10 GHz per MIL-STD-220A Operating Frequency: 50/60Hz Operating Voltage: 277/480 vac (max.) 20

19 CDSUA Series (Continued).437 x x 20.6 (2) LABEL KNOCKOUTS FOR 0.75 (19.05) & 1.0 (25.4) CONDUIT 3 PLACES ± ± 25.4 Part Nos GROUND STUD & LUG Current Wire Gauge # of (Amps) (AWG) Wires CDSUA1030-C CDSUA1060-C (25.4) RUNNING THREAD INSULATED WIRE TYPE THHN Facility EMI Filters Stand-Alone Filters Threaded Conduit Fitting CDSUA1100-C CDSUA2030-C 2 x

20 Enclosure Facility EMI Filter Products SLA Series Modified NEMA I, constructed of not less than #14 gauge CRS with galvanized bulkhead Finish: Blue enamel per FED-STD-595 to all non-conductive surfaces R. F. Radiation of the shielded (load) greater than 100 db up to 10 GHz Front cover access Prewired push pin terminal blocks or screw type terminations MOV or Gas tube arrestors installed upon request Legs for floor mount available Individual Filters Each filter is a dual circuit Hermetically sealed with soldered seams Covered with suitable plating Designed and tested per MIL-F-15733, latest revision Filter Selection (Part Numbers for Ordering) WFV3470 Telephone (KS20162) WFV3544 Telephone (Standard) WFV3577 Telephone (Special) WFV3561 Data (9.6 KBAUD) WFV3562 Data (19.2 KBAUD) WFV3563 Data (56.0 KBAUD) WFV3564 Fire Alarm WFV3575 Intercom NF21590 Control (1.0 A) NF Control (3.0 A) NF Control (5.0 A) Applicable Publications: MIL-F Filters, Radio Interference MIL-STD-220A Test Method of Insertion Loss 22

21 SLA Series (Continued) REMOVABLE COVER RF GASKET B D REMOVABLE COVER A E C How to Order: Enclosure Number of Dimensions Approx. Weight w/filters Dual Filters A ±.125 [3.18] B ±.25 [3.18] C ±.25 [6.4] D ±.06 [1.5] E ±.06 [1.5] (Pounds/KG) SLA*** SLA*** SLA*** SLA*** SLA*** SLA*** SLA*** SLA *** - *** - *** - S Replace with Surge Arrestors # of filters actually installed Max. number of dual filters Telephone Standard Telephone KS Data (9.6 kb) 254 Data (19.2 kb) Data (56.0 kb) Control (1 Amp) ISDN - ISDN (64k) Signal/Data/Control Line Filters NEMA Cabinet Style Basic Prefix Example: SLA S (75 Telelphone Filters installed inside 100 space cabinet with surge arrestors) 23

22 SLA Series (Continued) REMOVABLE COVER RF GASKET B D REMOVABLE COVER A E C Enclosure Number of Dimensions Approx. Weight w/filters Dual Filters A ±.125 [3.18] B ±.125 [3.18] C ±.25 [6.4] D ±.06 [1.5] E ±.06 [1.5] (Pounds/KG) SLA*** SLA*** SLA*** SLA*** SLA*** SLA*** SLA*** How to Order: SLA *** - *** - *** - S Surge Arrestors # of filters actually installed Max. number of dual filters Replace with Fire Alarm Control (3 Amp) Control (5 Amp) Telephone (Special) Comm/Intercom Basic Prefix Example: SLA (80 Fire alarm filters installed inside 100 space cabinet) 24

23 SLA Series (Continued) B C MAX. A 7/ PLACES Model Impedance Insertion Loss (db) I Case Size Type No. (Ohms) Pass Band Stop Band (Amp) A B C WFV3470 WFV3544 WFV3577 WFV3561 WFV3562 WFV3563 ISDN64 WFV3564 WFV3575 NF21590 NF NF TEL 65 db, 14kHz, /600 5kHz 0.16 (KS20162) 100 db, 30kHz-10GHz TEL 100 db, /600 3kHz 0.5 (STANDARD) 14kHz-10GHz TEL 80 db, /600 5kHz 0.5 (SPECIAL) 14kHz-10GHz DATA 100 db, /600 28kHz 0.2 (9.6kB) 150kHz-10GHz DATA 100 db, /100 56kHz 0.2 (19.2kB) 300kHz-10GHz DATA 100 db, / kHz 0.2 (56kB) 1MHz-10GHz DATA 100 db, / kHz 0.1A (64k) 1MHz to 10GHz FIRE ALARM 100 db, /126 N/A 1.0 (Analog) 14kHz-10GHz COMM/ 100 db, /95 3kHz 0.5 INTERCOM 14kHz-10GHz CONTROL 100 db, /100 N/A 1.0 (1A) 14kHz-10GHz CONTROL 100 db, /100 N/A 3.0 (3A) 14kHz-10GHz CONTROL 100 db, /100 N/A 5.0 (5A) 14kHz-10GHz The above filters are used for AC or DC applications up to 125VAC/400VDC, EXCEPT WFV3575 which is 50 VAC/100 VDC. Filter Installed in Cabinet SLA215 SLA214 SLA266 SLA253 SLA254 SLA255 SLAISDN SLA256 SLA267 SLA257 SLA259 SLA257 Signal/Data/Control Line Filters NEMA Cabinet Style 25

24 Features Facility EMI Filter Products CDFS Series Hermetically sealed, constructed cold rolled steel Removable input cover for terminal access and field wiring connection Threaded conduit fitting with two #20 AWG flexible leads provided on the load side Three knockouts on the input side Designed and tested per MIL-F (latest revision) Filter Selection (Part Numbers for Ordering) CDFS1038 Telephone (KS20162) CDFS1004 Telephone (Standard) CDFS1039 Telephone (Special) CDFS1030 Data (9.6 KBAUD) CDFS1040 Data (19.2 KBAUD) CDFS1041 Data (56.0 KBAUD) CDFS1028 Fire Alarm CDFS1029 Comm/Intercom CDFS1042 Control (1.0 A) CDFS1043 Control (3.0 A) CDFS1044 Control (5.0 A) Applicable Publications: MIL-F Filters, Radio Interference MIL-STD-220A Test Method of Insertion Loss 26

25 CDFS Series (Continued) REMOVABLE COVER THREAD KNOCKOUTS FOR 0.75 (19.05) & 1.0 (25.4) CONDUIT 3 PLACES (25.4) RUNNING THREAD INSULATED WIRES (2) ± ± 25.4 Model Impedance Insertion Loss (db) I Type No.* (Ohms) Pass Band Stop Band (Amp) CDFS1038 TEL 65 db, 14kHz, 300/600 5kHz (KS20162) 100 db, 30kHz-10GHz 0.16 CDFS1004-A TEL 100 db, 300/600 3kHz (STANDARD) 14kHz-10GHz 0.5 CDFS1039 TEL 80 db, 300/600 5kHz (SPECIAL) 14kHz-10GHz 0.5 CDFS1030 DATA 100 db, 300/600 28kHz (9.6kB) 200kHz-10GHz 0.2 CDFS1040 DATA 100 db, 50/100 56kHz (19.2kB) 300kHz-10GHz 0.2 CDFS1041 DATA 100 db, 50/ kHz (56kB) 1MHz-10GHz 0.2 CDFS1028 FIRE ALARM 100 db, N/A N/A (Analog) 14kHz to 10GHz 1.0 CDFS1029 COMM/ 100 db, 22.5/45 3kHz INTERCOM 14kHz-10GHz 0.5 CDFS1042 CONTROL 100 db, N/A N/A (1.0A) 14kHz-10GHz 1.0 CDFS1043 CONTROL 100 db, N/A N/A (3.0A) 14kHz-10GHz 3.0 CDFS1044 CONTROL 100 db, N/A N/A (5.0A) 14kHz-10GHz 5.0 Signal/Data/Control Line Filters Stand-Alone Threaded Conduit Fitting The above filters are used for AC or DC applications up to 125VAC/400VDC, EXCEPT CDFS1029 which is 50 VAC/100 VDC. *Add "S" for surge arrestors. Ex: CDFS1038-S 27

26 MRI 2030 High Performance (100 db 100 khz to10 GHz) Features UL 1283 listed Filter compartment hermetically sealed, constructed of 16 gauge cold rolled steel Removable input cover for terminal access and field wiring connection Threaded conduit fitting with flexible lead on the load side Knockouts provided on the input side Discharge bleeder resistor provided to reduce shock hazard 6P16 Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db 100 khz to 10GHz per MIL-STD-220A, under load condition. 28

27 MRI 2030 High Performance (100 db 100 khz to10 GHz) (Continued) LABEL LABEL LABEL KNOCKOUTS FOR 0.75 (19.05) & 1.0 (25.4) CONDUIT 3 PLACES ± ± 25.4 GROUND STUD & LUG 1.0 (25.4) RUNNING THREAD INSULATED WIRE TYPE THHN Stand-Alone Filters Threaded Conduit Fitting 29

28 Features UL listed and CSA Certified (Pending) Competitively priced Facility EMI Filter Products Removable input cover for terminal access and field wiring connection MRI 2030R (100 db 5 MHz to 20 GHz) Threaded conduit fitting with flexible lead on the load side Knockouts provided on the input side Discharge bleeder resistor provided to reduce shock hazard Electrical Characteristics Voltage Drop: Less than unity power factor. Overload: 140% of rated current for 15 minutes. Harmonic Distortion: Less than full rated current. Dielectric Withstanding Voltage: Per MIL-F and UL1283. D.C. Insulation Resistance: Per MIL-STD-202, Method 202. Terminal Strength: Per MIL-STD-202, Method 211, Condition E. Temperature Rise: Per MIL-F R.F. Radiation: 100 db minimum shielding effectiveness. Insertion Loss: 100 db from 5 MHz - 20 GHz per MIL-STD-220A, under load condition. 30

29 MRI 2030R (100 db 5 MHz to 20 GHz) (Continued) MAX. REMOVABLE COVER LABEL 1.0 (25.4) NPT SUPPLIED WITH RF GASKET, FLANGE NUT, AND INSULATING BUSHING KNOCKOUT FOR 0.5 (12.7) CONDUIT 3 PLACES MAX MAX. GROUND STUD THD 2 PLACES 14.0 ± ± AWG LEADS INSULATED WIRE TYPE THHN Stand-Alone Filters Threaded Conduit Fitting 31

30 Power Factor Correction Coils Features Used to cancel part of the undesirable capacitive-reactive current due to the line-to-ground capacitors in Power Line Filters operating at 400 Hz power Coils are optional for CDEUX and CDEUL filters A E PRESSURE RELEASE Electrical Characteristics D B F LABEL Voltage Rating: 120 VAC/400 Hz Temperature Rise: Case temperature rise shall not exceed 35 C when operating at an ambient temperature of 25 C. Materials Unit Case: #16GA min. steel. All surfaces painted. Unit is filled with mineral oil with pressure release holes. Standard unit is designed for horizontal surface mounting. Vertical surface mounting is available upon special request. Notes: 1. Pressure release device is blocked by a brass cap to keep oil from leaking. After unit is installed, this cap must be replaced with a special cap with pressure release holes. 2. The special cap should be checked frequently to keep all holes unclogged C Ø (4 HOLES) FILTER ASSEMBLY TYP TYP SPFC KNOCKOUT FOR 0.75 (19.05) AND 1.0 (25.4) PIPE (4X) Power Input Part Nos. Catalog Dimensions ±0.06 [1.52] Current Used No. A B C D E F per Phase For SPFC CDEUL030A4 12A CDEUX030A SPFC CDEUL060A4 24A CDEUX060A SPFC CDEUL100A4 36A CDEUX100A SPFC CDEUL200A4 48A CDEUX200A4 32

31 Part Number Index Part No. Page CDEUL 14, 15 CDEUW 12, 13 CDEUX 10, 11 CDFS 26, 27 CDFS1004-A 27 CDFS CDFS CDFS CDFS CDFS CDFS CDFS CDFS CDFS CDFS CDSUA1030-C 21 CDSUA1060-C 21 CDSUA1100-C 21 CDSUA2030-C 21 CDSUW-C 18, 19 CDSUX-C 16, 17 Part No. Page Part No. Page ISDN 22, 23 ISDN64 25 MRI , 29 MRI 2030R 30, 31 NF NF NF Power Factor Correction Coils 32 SLA214 22, 23 SLA215 22, 23 SLA253 22, 23 SLA254 22, 23 SLA255 22, 23 SLA SLA257 22, 23 SLA SLA SLA SLA WFV WFV WFV WFV WFV WFV WFV WFV SPFC SPFC SPFC SPFC

32 Engineering Notes 34